We want to build a flute with two open ends. We want to flute to produce a sound of 388 Hz (fondamental). To do this, we take as a reference the sound of a tuning fork having exactly this frequency. After making the flute, we realize that the sound is not right. When listening to the flute and the tuning fork at the same time, we hear the following sound represented on the picture below. The speed of the sound in the flute is 331 m/s. How much to we need to reduce or increase the length of the flute for it to be in tune with the tuning fork ?
We want to build a flute with two open ends. We want to flute to produce a sound of 388 Hz (fondamental). To do this, we take as a reference the sound of a tuning fork having exactly this frequency. After making the flute, we realize that the sound is not right. When listening to the flute and the tuning fork at the same time, we hear the following sound represented on the picture below. The speed of the sound in the flute is 331 m/s. How much to we need to reduce or increase the length of the flute for it to be in tune with the tuning fork ?
Related questions
Question
We want to build a flute with two open ends. We want to flute to produce a sound of 388 Hz (fondamental). To do this, we take as a reference the sound of a tuning fork having exactly this frequency. After making the flute, we realize that the sound is not right. When listening to the flute and the tuning fork at the same time, we hear the following sound represented on the picture below. The speed of the sound in the flute is 331 m/s. How much to we need to reduce or increase the length of the flute for it to be in tune with the tuning fork ?
Transcribed Image Text:temps (s)
Intensité du son (W/m2)
Expert Solution
This question has been solved!
Explore an expertly crafted, step-by-step solution for a thorough understanding of key concepts.
Step by step
Solved in 3 steps with 1 images
